Parallax and Uncertainty Worksheet-1

Using the image attached please calculate the uncertainty delta, the delta, the upper and lower limits of g. Please also write the actual g value in m/s^2 Please round the delta and the g value. Also please say if the actual g value is between the up and lower limit or if it’s not. For example, the actual g value of 9.8 m/s^2 is between the up and lower limit Please please answer everything super super fast please as fast as possible please

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3) Note : Proceeding questions are all linked to section a). If your solution does not contain the answer to section a), the latter sections will not be considered. carbon target D/2 -L-R L a) Use geometry of the given figure above to show, D Rsin(- 2R D L-R+ Rcos( 2 R $ = = arctan Here o is our deviation angle in our electron diffraction experiment. b) Now, set L to R to and express 0 in terms of D. Hint : Use the relation between Bragg angle,0and deviation angle,p.

may you explainthe steps invloved with reciving the answer for part 2. i am confused as to how 0.3100 was produced when deltaBxA = 0.3x100= 30.

Please I want a correct and clear solution to this question. The solution must be clear and handwritten. Course name: Lasers and its Applications 412PHYS

Please explain the steps to find the answer, which equation you are using and why you are using it. Thanks.

Can you please answer the first 3 questions? Please do not skip any steps include ALL of your work and double check for accuracy. Thank you.

With a neat diagram, explain the working of electron microscopes. Briefly explain the role of each experimental component. Compare the resolution of electron microscopes and optical microscopes. [Explanation of SEM and TEM is required]

please show work on scratch paper please

how do i answer this? Could you write down each step

For a given DTL the frequency used to oscillate the voltage is 125 MHz. The protons enter the accelerator with an initial energy of 4.00 MeV. According to figure 3 the required energy for typical tumor treatment is 150 MeV. There are 120 drift tubes in the accelerator. What would be the voltage applied so that the protons in the beam will have the required energy?How long is the first tube?How long is the last tube?

How would I solve the empty chart just for experiment #1 using the experiment 1 data from the chart below and the formulas from the last picture?

Solve the problem completely. Show your complete solution and express your final answer with the correct number of significant figures.

Its urgent please explain briefly and point out the right answer. Thankyou

The digital display shows 83.362 grams the mass of the block lies between blank grams and blank grams please fill in the blanks (the uncertainty is 0.1)

Pls answer number 9 thank you so much

PROCEDURE (for this lab any measurements and calculations should be stated in the standard form of: measurement Xbest = Ax) Part I (Using Measuring Devices) 1. Learn to use all the measuring devices listed above. 2. Calculate the uncertainties of all measuring devices you will be using. Part II (Volume of Table-Top) 1. Measure the dimensions of your table-top with the meter stick. 2. Using the error propagation equation derive an expression for the uncertainty σ, for the volume of the table top. 3. Calculate the volume of the table top. 4. Calculate the uncertainty σy of the table top. Part III (Density of Aluminum block) 1. Measure the dimensions of the aluminum block with the metric ruler, vernier calipers, and micrometers 2. Measure the mass with the block with the digital balance and triple-beam balance. 3. Calculate the volume and uncertainty of the block using the dimensions obtained from the metric ruler, vernier calipers, and micrometers. (Calculate the uncertainty σy of the…

please solve accurate please give the accurate logic

Please solve this

please show all your workphysics

Plz show full explanation and working with steps. Clear writing also to help with revision. This is 1 question I should add just with related parts. Thanks

I need the answer as soon as possible

How do you effectively characterize the basic shape dependent properties for non-spherical particles? Explain

In the space provided, briefly explain the difference between precision and bias errors in instrumentation and measurement systems Text

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Please please give me correct answer i have only one chance pleaze give correct optionwill rate ...thanks

Please use the given template and box every the answers. Thank you.

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